Two factories mamufacture the Number of Defects same machine parts. Each part is classified as having either 0, 1. 2 or 3 mamufacturing defects. The joint probability for this is given in the adjoining Table. (i) A part is observed to have no defect. What is the probability that it was produced by X manufacturer? (ii) A part is known to have been produced by mamufacturer X. What is the probability that the part has no defects ? Manufacturer 3 0-1250 0-0625 0-1875 0-1250 Y 0-0625 0-0625 0-1250 0-2500 (iii) A part is known to have ttwo or more defects. What is the probability that it was manufactured by X? (iv) A part is known to have one or more defects. What is the probability that it was manufactured by Y ?
Two factories mamufacture the Number of Defects same machine parts. Each part is classified as having either 0, 1. 2 or 3 mamufacturing defects. The joint probability for this is given in the adjoining Table. (i) A part is observed to have no defect. What is the probability that it was produced by X manufacturer? (ii) A part is known to have been produced by mamufacturer X. What is the probability that the part has no defects ? Manufacturer 3 0-1250 0-0625 0-1875 0-1250 Y 0-0625 0-0625 0-1250 0-2500 (iii) A part is known to have ttwo or more defects. What is the probability that it was manufactured by X? (iv) A part is known to have one or more defects. What is the probability that it was manufactured by Y ?
Chapter2: Mathematics For Microeconomics
Section: Chapter Questions
Problem 2.16P
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